Skeleton code for this portion of the lab can be found in lab1a.skel. In part A you write a RISC-V assembly language program that prints the contents of an array that are greater than a given constant K. The output should display each integer that meets the above condition on a new line. Note: Though this exercise seems quite simple, it is the building block of a powerful paradigm in high-performance computing called map-reduce. You are basically implementing the map operation which involves iterating over a list and extracting values that satisfy a particular condition or are the result of applying a particular function (in this example the function is greater than k).What do you have to do? Given an array of 10 numbers loop through them all For each number check if it is greater than a constant of your choice. The constant can be changed by changing the value K in the skeleton file. Print out the results one element per line. Download the skeleton file called lab1a.skel and add your code to it. Rename your file to lab1a.S where kerbos ID is the ID you use to login to your UC Davis email or MyUCDavis account. Comment your code explaining what the equivalent C operation would be (i.e. bge t0, t1, outside loop #if(t0 < t1){ ... }) Comment your name and ID# at the top of the fileSkeleton Code.dataarrayOfNums:.word 0.word 1.word 255.word 65536.word 4294967295.word 22.word 314159.word 161803.word 42.word 131929K: .word 1337.text.globl mainmain:####Code here####done:####Exit using environmental calls####